12,000 Layers Poultry Farm Project in Ghana: Upgrading to an H Type Cage Farming System

Project at a Glance

This Ghana layer farm project was designed for approximately 12,000 laying hens inside an existing 70 × 9 m poultry house. The customer wanted to move away from a less intensive raising method and use the available building space more efficiently. After repeated layout adjustments, Livi Machinery configured a 2-row × 4-tier H type layer cage system together with automatic feeding, nipple drinking, manure removal, central egg collection, water treatment and backup power equipment.

What Was the Starting Point of This 12,000-Layer Farm in Ghana?

The customer already had an existing poultry house and wanted to improve the productivity of the available space instead of immediately building a completely new facility.

The house measured approximately 70 meters long and 9 meters wide. This meant the cage layout, operating aisles, feeding equipment, water lines, egg transportation and manure handling systems all had to be planned around a fixed building envelope.

For this reason, the project was not treated as a standard cage supply order. It required a customized poultry house layout that balanced bird capacity, equipment dimensions and daily operating access.

Why Was an H Type Layer Cage System Selected?

The main objective was to increase the usable production capacity of the existing building while making routine management more organized.

A multi-tier H type cage system uses the vertical space of the poultry house more effectively than a low-density floor-based arrangement. It also provides a structured platform for integrating feeding, drinking, manure removal and egg collection equipment.

The upgrade focused on five practical objectives:

• Increase bird capacity within the existing poultry house.
• Reduce repetitive manual feeding and egg handling.
• Improve manure management and house cleanliness.
• Create more consistent feeding and drinking conditions.
• Build a scalable operating model for future farm expansion.

How Was the 70 × 9 m Poultry House Layout Optimized?

Existing poultry houses require more careful engineering than new buildings because the equipment must adapt to fixed structural dimensions.

According to the project information, the layout went through seven rounds of adjustment and optimization before the final arrangement was confirmed.

The final solution adopted two rows of four-tier H type layer cages. The equipment position, aisle width and supporting system arrangement were coordinated with the available interior dimensions of the house.

What Must Be Checked Before Installing Cages in an Existing Poultry House?

What Equipment Was Configured for the 12,000-Layer Farm?

The cage structure is only one part of an automated layer project. For daily farm operations to work efficiently, the housing equipment must be coordinated with feeding, drinking, manure removal and egg handling systems.

Why Was Backup Power Included in the Ghana Project?

As poultry farms become more automated, power reliability becomes increasingly important. Feed motors, egg collection equipment, manure removal systems and other electrical components all depend on a stable electricity supply.

For this reason, the project included a 50 kW silent diesel generator as an emergency backup source.

How Can Automation Improve Daily Farm Management?

The goal of this project was not simply to install cages. The equipment configuration was intended to make routine farm operations more standardized and less dependent on repetitive manual work.

The larger value of automation is consistency. As flock size increases, standardized feeding, water supply, manure handling and egg transportation become increasingly important for efficient farm management.

Why Was Future Expansion Considered from the Beginning?

The current project was designed for approximately 12,000 layers, but the customer was also considering future expansion toward approximately 30,000 laying hens.

This is why first-stage planning should consider more than the immediate cage quantity. Power supply, water infrastructure, feed transport, manure discharge and egg collection capacity should all be reviewed with future expansion in mind.

What Can Other Ghana Poultry Farmers Learn from This Project?

One important lesson from this project is that an existing poultry house can sometimes be upgraded instead of being replaced, provided the structure and internal dimensions are suitable for the required equipment.

The more reliable approach is to design the cage system around the real poultry house rather than selecting a standard cage quantity first and trying to fit it into the building later.

Before requesting a customized farm design, prepare:

• Internal poultry house length, width and height.
• Photos or videos of the existing building.
• Target number of layers.
• Current ventilation arrangement.
• Available electrical supply.
• Water source and supply capacity.
• Preferred automation level.
• Manure discharge conditions.
• Future farm expansion target.

Frequently Asked Questions

Planning a 12,000-Layer Poultry Farm in Ghana?

Send Livi Machinery your poultry house dimensions, target flock capacity and farm photos. Our engineering team can evaluate the available space and prepare a customized H type cage layout, automatic equipment configuration and poultry farm design for your project.